Stagnation-point heat-transfer rate in nitrogen plasma flows - Theory and experiment
Heat transfer rates to stagnation point of hemisphere in supersonic high enthalpy low density nitrogen plasma flow
Engineering topics
Publications and source records attributed to Park, C..
Heat transfer rates to stagnation point of hemisphere in supersonic high enthalpy low density nitrogen plasma flow
Atomic nitrogen collisional ionization and recombination rates under assumed quasi-steady nonequilibrium distribution of electron state populations
Fluid dynamic simulation of gas core nuclear rocket chamber for separating light and heavy gas via centrifugal force produced by MHD-driven rotational flow
Theoretical population inversion in decaying nitrogen plasma column free from external fields and confined motionless in circular cylinder
Electron-ion three body recombination rate in nonequilibrium dense nitrogen plasma measured spectroscopically
Nonequilibrium nitrogen plasma spectral line intensities calculated assuming optically thin plasma
Electronic state populations relaxation in dissociated and partially ionized N stream expanding supersonically through nozzle
Convective stagnation-point heat transfer in partial equilibrium flow of highly ionized nitrogen
Electron-ion three-body recombination rate in nonequilibrium dense nitrogen plasma measured spectroscopically
High density highly ionized nitrogen flow in plasma wind tunnel
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